Maths Calendar. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics. Every month contains two famous mathematicians from that month in history, they vary in their respective areas in mathematics, and I have tried to include as many influential male and female mathematicians as possible. Note: each month is also available for free the month before, but if you’d like to save some time then you can buy this pack.

A scaffolded worksheet to help pupils build knowledge in how to answer finding the perimeter of semi-circles. Suitable for lower ability pupils, small stretch and challenge at the end without the aid of any diagrams. Hope you find it useful , if so please rate / review. ** Now includes answers, first is a full answer **

A basic lesson on income tax for the year 18/19. It doesn’t run over National Insurance Tax in the calculations, I just wanted to keep it simple and try and get kids interested during Careers Week. I hope you find some use in it, there is a worksheet with answers and a scaffolding sheet for those who may struggle with it. Also included is a 19/20 tax bracket scaffolding sheet. I’ll update the powerpoint when the new tax year arrives, but the idea is the same. If you found it useful please rate and review.

September’s famous mathematicians in history. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics. *Sorry this is late (Sep 2018) - didn’t think to share on TES. Still new to all of this!

A worksheet scaffolded to aid students in understanding how to find the area of an annulus. Extra challenge at the bottom, which involves a bit of problem solving and an inverse step. Hope you find this useful, it’s in a Word document so you can change the names to pupils in your classes! Now with answers Please rate / review!

A small presentation you can include in a lesson about 3D shapes. I’ve found useful for a mixture of classes ranging from high ability Y7s to lower ability Y10/11s. There is a PPT and a Word Document included. Please note the teacher notes at the end of the powerpoint just clarifying why the answers are incomplete regarding some of the shapes. I hope you find it to be of some use, if you did please rate/review. Dux

A worksheet trying to apply some semi-circles in real life, some examples a bit stretched! It’s scaffolded at each step, along with a little stretch question at the end to promote a bit of problem solving. Hope this is of use to some, if so, please rate / review. ** Now with answers **

November’s famous mathematicians in history. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics.

This is the first in a series of posters trying to promote mathematics through a different avenue - SCUBA diving. I’ll try and compile an area of SCUBA diving alongside with a relevant area of mathematics in the National Curriculum, how far I can get will depend, but there is a high amount of mathematics in SCUBA diving. This week I’ve started the first in a few posters that will be upcoming revolving about the topic of Pressure. This week begins by looking at how pressure varies with depth in water. I hope this is of use to some people - please rate/review if it is. Sorry for the shameless plug of my little Mat Duxbury Diving logo. Trying to promote the sport to others too!

October’s famous mathematicians in history. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics.

A game based on the very popular Cards Against Humanity game. This is game for students to play to increase their confidence with calculus. Included in the pack is a mixture of calculus seen across first and second year A Level Mathematics. Included in the file is a set of empty cards should you wish to use these to make your own. I haven’t actually used these with my class yet, so if there any improvements or adjustments please do let me know!

Diagnostic questions based on those created by Mr Barton Maths. These have been created and edited to be used with the new A Level. They are only the AS Exponentiation and Logarithms. Note this does contain some differentiation, however this is the only time differentiation is mentioned for logarithms. I will update with more as and when I have time. Answers are minimal, will update over the next half term. If these were useful to you please rate and review. Dux

This is a homework tracker I have developed from another TES user (cannot find them to give credit), I have made the adjustment of adding individual half terms. This way you can get data for each half term and is useful for parent evenings and for monitoring of data for students not meeting expectations. Again, if you’re the original user please message and I’ll add credit. Dux

January’s famous mathematicians in history. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics. If you found this resource useful, please rate or review.

December’s famous mathematicians in history. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics. If you found this resource useful, please rate or review.

Cards to be used as either: Cards to increase engagement throughout lessons with a prize each half term Exit cards Used for group work Essentially cards to increase engagement, can be handed out randomly or targeted at certain pupils. ** don’t print double sided - I haven’t aligned the cards https://duxburymaths.blogspot.com/2018/09/increasing-pupil-engagement-for-my.html

February’s famous mathematicians in history. Highlighted this month is G.H.Hardy and Sophie Bryant. Each month contains a poster available for display in classroom or wherever to try and relate some history to mathematics. If you found this resource useful, please rate or review.

A worksheet/walkthrough, that guides students on how to approximate solutions to linear equations graphically. It begins with linear equations of the form ax+b=0, moving on to ax+b=c and then of the form ax + b = cx +d. Hope you find it useful, please leave a review.

Plain old pair of axes with an x-y table to accompany it.

This is the first in a series of posters trying to promote mathematics through a different avenue - SCUBA diving. I’ll try and compile an area of SCUBA diving alongside with a relevant area of mathematics in the National Curriculum, how far I can get will depend, but there is a high amount of mathematics in SCUBA diving. This week I’ve started with a nice gas law called Dalton’s Law - it requires a bit of understanding of how pressure in BAR increases with depth underwater. (I’ll release something on this at a later point). But this could be a nice research topic for yourself and your class - maybe even come up with a formula relating depth to BAR. I hope this is of use to some people - please rate/review if it is. Sorry for the shameless plug of my little Mat Duxbury Diving logo. Trying to promote the sport to others too!

A worksheet containing different skills relating to finding equations of linear graphs. It is a gradual build up of questions of moderate difficulty, scaffolding how to answer how to find the equation of a line given two pairs of coordinates. If you found this useful please rate and review.